Programming and Operating — Turning Page 102 808D ADVANCED
ISO Mode
s
BASIC THEORY
After pressing
“OK”, the sys-
tem restarts
automatically.
After restart-
ing, press
“Shift” +
“System -
Alarm” again
and if the sym-
bol in the red
circle appears,
ISO mode is
already acti-
vated.
A red ISO appears at the top of the screen and the ISO mode button on
the right is highlighted in blue.
Method 2
When using method 2 to activate the ISO mode,
it will exit ISO mode and return to the default
DIN mode via “Reset” button or after finishing
the machining program.
Insert G291 in the first line of the ISO part program to be executed and
insert G290 in front of M30.
If ISO is displayed at the top of the screen, it is activated.
All the ISO codes described in this unit
can be implemented in the ISO mode of
the 808D ADVANCED system!
ISO
code
explanation
Brief description of typical, frequently used ISO codes
ISO code Description Compare
with DIN
G00
Orientation (rapid traverse)
As DIN
G1 Linear difference As DIN
G17/G18/G19 XY plane / ZX plane / YZ plane As DIN
G20/G21 Input in inch/mm G70/G71
G32 Equal lead thread cutting G33
G41/G42/G40 Left tool tip radius compensation / right tool tip
radius compensation / cancel tool radius compen-
sation
As DIN
G54 ~ G59 Select workpiece coordinate system As DIN
G80 Cancel fixed cycle
G98/G99 Feedrate F in mm/min / mm/r G94/G95
S Spindle speed As DIN
R Reverse circle RND
,C Reverse bevel angle (note the form there must be
”，” before C parameter)
CHF/CHR
M3/M4/M5 Spindle right / spindle left / spindle stop As DIN
M98 P _L_
Subprogram call (P+ subprogram name/ L+
times)
Program
name +L_
M99
Subprogram end M17
G291/G290
commands must
be set separately
in a line!
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